Accelerator physicists in the US have proposed an alternative approach to the design of the proposed Future Circular electron-positron Collider using energy-recovery linacs.
Oliver James describes the visual effects which produced the black hole in Interstellar.
FPGAs can now be programmed in C++ and Java, bringing machine learning and complex algorithms within the scope of trigger-level analysis.
Michele Livan and Richard Wigmans have written an up-to-date introduction to both the fundamental physics and the technical parameters.
A better understanding of the role of magnetic flux trapping and impurities for RF losses has pushed state-of-the-art niobium to near its theoretical limit.
Beam-cooling results from the Muon Ionisation Cooling Experiment were shown at COOL'19.
CERN has signed a collaboration agreement with the European Space Agency to address the challenges of harsh radiation environments.
The meeting marked the final event of the Horizon 2020 project to produce a conceptual design study for a 100 TeV circular hadron collider.
John Osborne, Alexandra Tudora and Ben Swatton survey the geological, environmental and technical constraints of a post-LHC collider.
Researchers in the US have demonstrated an advanced accelerator dipole magnet with a field of 14.1 T.
Fermilab has announced the launch of HEPCloud, a step towards a new computing paradigm to deal with the vast quantities of data pouring in from existing and future facilities.
MedAustron becomes one of six centres worldwide to treat tumours with carbon ions.
Embedded radio-frequency (RF) cavities such as those featured in spiral-shaped cooling channels are one example.
Projects include new designs for MRI gradient coils, the design of 14 and 16 T MRI magnets, and a conceptual design for new mammography magnets.
The scientific programme was bookended by local Australian-grown talent.